ViewComponent

abstract class ViewComponent[Model] extends ViewImpl.ViewComponent[Model] with ControlDefaults[Model]

A Swing-embeddable view (complete with a picture, a ticking clock, event handlers, etc.). It works like a ViewFrame except that it’s a Swing component, not a standalone GUI frame. See ViewFrame for an overview.

Model: the type of the states of the model

Linear Supertypes

ControlDefaults[Model], TooltipDefaults, ViewImpl.ViewComponent[Model], View.Controls[Model], Component, UIElement, LazyPublisher, Publisher, Reactor, Proxy, AnyRef, Any

Known Subclasses

Traced

Ordering

Alphabetic
By Inheritance

Inherited

ViewComponent
ControlDefaults
TooltipDefaults
ViewComponent
Controls
Component
UIElement
LazyPublisher
Publisher
Reactor
Proxy
AnyRef
Any

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Visibility

Public
Protected

Instance Constructors

new ViewComponent(initialState: Model, tickRate: Double = TicksPerSecondDefault, initialDelay: Int = 600, refreshPolicy: RefreshPolicy = Always)
initialState
the initial state of the model to be displayed in the view (the only required parameter). This class has been designed to work conveniently with immutable model objects (cf. o1.gui.mutable.ViewComponent).
tickRate
the clock of the view will tick roughly this many times per second (optional; defaults to 24)
initialDelay
an additional delay in milliseconds between calling start and the clock starting (optional; defaults to 600)
refreshPolicy
a policy for how eagerly the view should try to update the graphical representation of its model (optional; changing this may improve efficiency in some circumstances)

Type Members

trait SuperMixin extends JComponent
Attributes
protected
Definition Classes
Component
final class Traced[TraceData] extends ViewComponent[Model] with TraceGeneratingDefaults[Model, TraceData]
A view that wraps around another, collecting a log or trace of events while delegating its actual event-handling to the wrapped view.
A view that wraps around another, collecting a log or trace of events while delegating its actual event-handling to the wrapped view. Provides additional methods for accessing such traces: trace, simulateAndGet, and startAndGet. A few examples of using these methods are given below.
simulate 500 clock ticks on the trace-collecing view and print the trace of clock ticks accompanied by descriptions of the view’äs model.
```
for((traceItem, traceEvent) <- myTracedView.simulateAndGet(500)) {
  println(traceEvent + ": " + traceItem)
}
```
Or, equivalently:
```
myTracedView.simulate(500)
for((traceItem, traceEvent) <- myTracedView.trace) {
  println(traceEvent + ": " + traceItem)
}
```
Alternatively, start the trace-collecting view and run it interactively until it is done or a tick limit is reached. Then print the trace of ticks and GUI events accompanied with descriptions of the view’s model.
```
val futureTrace = myTracedView.startAndGet(tickLimit=100) recover {
  case Aborted(message, partialTrace) => partialTrace
}
for(trace <- futureTrace; (traceItem, traceEvent) <- trace) {
  println(traceEvent + ": " + traceItem)
}
```
TraceData
the type of the model-state descriptions in the trace

Abstract Value Members

abstract def makePic(state: Model): Pic
Returns a Pic that graphically represents the given state of the view’s model.
Returns a Pic that graphically represents the given state of the view’s model. This method is automatically invoked by the view after GUI events and clock ticks. Left abstract by this class so any concrete view needs to add a custom implementation.
For best results, all invocations of this method on a single view object should return Pics of equal dimensions.
state
a state of the model to be displayed
Definition Classes
ControlDefaults → Controls

Concrete Value Members

final def !=(arg0: Any): Boolean
Definition Classes
AnyRef → Any
final def ##(): Int
Definition Classes
AnyRef → Any
final def ==(arg0: Any): Boolean
Definition Classes
AnyRef → Any
final def adjustSpeed(newTickRate: Double): Unit
Sets a new tick rate for the view, replacing any previously set by the constructor or this method.
Sets a new tick rate for the view, replacing any previously set by the constructor or this method.
Definition Classes
ViewComponent
final def asInstanceOf[T0]: T0
Definition Classes
Any
def background: scala.swing.Color
Definition Classes
UIElement
def background_=(c: scala.swing.Color): Unit
Definition Classes
UIElement
def border: Border
Definition Classes
Component
def border_=(b: Border): Unit
Definition Classes
Component
def bounds: Rectangle
Definition Classes
UIElement
def clone(): AnyRef
Attributes
protected[lang]
Definition Classes
AnyRef
Annotations
@throws(classOf[java.lang.CloneNotSupportedException]) @native() @HotSpotIntrinsicCandidate()
def componentOrientation: ComponentOrientation
Definition Classes
UIElement
def componentOrientation_=(x: ComponentOrientation): Unit
Definition Classes
UIElement
def cursor: Cursor
Definition Classes
UIElement
def cursor_=(c: Cursor): Unit
Definition Classes
UIElement
def deafTo(ps: Publisher*): Unit
Definition Classes
Reactor
def displayable: Boolean
Definition Classes
UIElement
def enabled: Boolean
Definition Classes
Component
def enabled_=(b: Boolean): Unit
Definition Classes
Component
final def eq(arg0: AnyRef): Boolean
Definition Classes
AnyRef
def equals(that: Any): Boolean
Definition Classes
Proxy → Any
def focusable: Boolean
Definition Classes
Component
def focusable_=(b: Boolean): Unit
Definition Classes
Component
def font: Font
Definition Classes
UIElement
def font_=(f: Font): Unit
Definition Classes
UIElement
def foreground: scala.swing.Color
Definition Classes
UIElement
def foreground_=(c: scala.swing.Color): Unit
Definition Classes
UIElement
final def getClass(): Class[_ <: AnyRef]
Definition Classes
AnyRef → Any
Annotations
@native() @HotSpotIntrinsicCandidate()
def hasFocus: Boolean
Definition Classes
Component
def hashCode(): Int
Definition Classes
Proxy → Any
def ignoreRepaint: Boolean
Definition Classes
UIElement
def ignoreRepaint_=(b: Boolean): Unit
Definition Classes
UIElement
def inputVerifier: (Component) => Boolean
Definition Classes
Component
def inputVerifier_=(v: (Component) => Boolean): Unit
Definition Classes
Component
def isDone(state: Model): Boolean
Determines if the given state is a “done state” for the view.
Determines if the given state is a “done state” for the view. By default, this is never the case, but that behavior can be overridden.
Once done, the view stops reacting to events and updating its graphics and may close its GUi window, depending on the constructor parameters of the view.
state
a state of the model (possibly a done state)
Definition Classes
ControlDefaults → Controls
final def isInstanceOf[T0]: Boolean
Definition Classes
Any
def isPaused: Boolean
Indicates whether the view is paused.
Indicates whether the view is paused. By default, always returns false.
Definition Classes
ControlDefaults → Controls
See also
HasPauseToggle
def listenTo(ps: Publisher*): Unit
Definition Classes
Reactor
val listeners: RefSet[Reaction]
Attributes
protected
Definition Classes
Publisher
def locale: Locale
Definition Classes
UIElement
def location: Point
Definition Classes
UIElement
def locationOnScreen: Point
Definition Classes
UIElement
def maximumSize: Dimension
Definition Classes
UIElement
def maximumSize_=(x: Dimension): Unit
Definition Classes
UIElement
def minimumSize: Dimension
Definition Classes
UIElement
def minimumSize_=(x: Dimension): Unit
Definition Classes
UIElement
def name: String
Definition Classes
Component
def name_=(s: String): Unit
Definition Classes
Component
final def ne(arg0: AnyRef): Boolean
Definition Classes
AnyRef
final def notify(): Unit
Definition Classes
AnyRef
Annotations
@native() @HotSpotIntrinsicCandidate()
final def notifyAll(): Unit
Definition Classes
AnyRef
Annotations
@native() @HotSpotIntrinsicCandidate()
def onClick(state: Model, event: event.MouseClicked): Model
Determines what state should follow the given one when a mouse button is clicked (pressed+relesed, possibly multiple times in sequence) above the view.
Determines what state should follow the given one when a mouse button is clicked (pressed+relesed, possibly multiple times in sequence) above the view. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the click event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onClick(state: Model, position: Pos): Model
Determines what state should follow the given one when a mouse button is clicked (pressed+relesed, possibly multiple times in sequence) above the view.
Determines what state should follow the given one when a mouse button is clicked (pressed+relesed, possibly multiple times in sequence) above the view. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the click event
position
the position of the mouse cursor relative to the view’s top left-hand corner
Definition Classes
ControlDefaults → Controls
def onFirstSubscribe(): Unit
Attributes
protected
Definition Classes
Component → UIElement → LazyPublisher
def onKeyDown(state: Model, event: event.KeyPressed): Model
Determines what state should follow the given one when a key on the keyboard is pressed down while the view has the keyboard focus.
Determines what state should follow the given one when a key on the keyboard is pressed down while the view has the keyboard focus. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the keyboard event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onKeyDown(state: Model, key: Key): Model
Determines what state should follow the given one when a key on the keyboard is pressed down while the view has the keyboard focus.
Determines what state should follow the given one when a key on the keyboard is pressed down while the view has the keyboard focus. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the keyboard event
key
the key that was pressed down
Definition Classes
ControlDefaults → Controls
def onKeyUp(state: Model, event: event.KeyReleased): Model
Determines what state should follow the given one when a key on the keyboard is released while the view has the keyboard focus.
Determines what state should follow the given one when a key on the keyboard is released while the view has the keyboard focus. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the keyboard event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onKeyUp(state: Model, key: Key): Model
Determines what state should follow the given one when a key on the keyboard is released while the view has the keyboard focus.
Determines what state should follow the given one when a key on the keyboard is released while the view has the keyboard focus. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the keyboard event
key
the key that was released
Definition Classes
ControlDefaults → Controls
def onLastUnsubscribe(): Unit
Attributes
protected
Definition Classes
UIElement → LazyPublisher
def onMouseDown(state: Model, event: event.MousePressed): Model
Determines what state should follow the given one when a mouse button is pressed down above the view.
Determines what state should follow the given one when a mouse button is pressed down above the view. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the mouse event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onMouseDown(state: Model, position: Pos): Model
Determines what state should follow the given one when a mouse button is pressed down above the view.
Determines what state should follow the given one when a mouse button is pressed down above the view. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the mouse event
position
the position of the mouse cursor relative to the view’s top left-hand corner
Definition Classes
ControlDefaults → Controls
def onMouseDrag(state: Model, event: event.MouseDragged): Model
Determines what state should follow the given one when the mouse cursor is dragged above the view.
Determines what state should follow the given one when the mouse cursor is dragged above the view. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the drag event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onMouseDrag(state: Model, position: Pos): Model
Determines what state should follow the given one when the mouse cursor is dragged above the view.
Determines what state should follow the given one when the mouse cursor is dragged above the view. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the drag event
position
the position of the mouse cursor relative to the view’s top left-hand corner
Definition Classes
ControlDefaults → Controls
def onMouseEnter(state: Model, event: event.MouseEntered): Model
Determines what state should follow the given one when the mouse cursor enters the view.
Determines what state should follow the given one when the mouse cursor enters the view. By default, just returns the unchanged state, but this can be overridden.
state
the state of the model at the time of the mouse event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onMouseExit(state: Model, event: event.MouseExited): Model
Determines what state should follow the given one when the mouse cursor exits the view.
Determines what state should follow the given one when the mouse cursor exits the view. By default, just returns the unchanged state, but this can be overridden.
state
the state of the model at the time of the mouse event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onMouseMove(state: Model, event: event.MouseMoved): Model
Determines what state should follow the given one when the mouse cursor moves above the view.
Determines what state should follow the given one when the mouse cursor moves above the view. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the move event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onMouseMove(state: Model, position: Pos): Model
Determines what state should follow the given one when the mouse cursor moves above the view.
Determines what state should follow the given one when the mouse cursor moves above the view. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the move event
position
the position of the mouse cursor relative to the view’s top left-hand corner
Definition Classes
ControlDefaults → Controls
def onMouseUp(state: Model, event: event.MouseReleased): Model
Determines what state should follow the given one when a mouse button is released above the view.
Determines what state should follow the given one when a mouse button is released above the view. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the mouse event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onMouseUp(state: Model, position: Pos): Model
Determines what state should follow the given one when a mouse button is released above the view.
Determines what state should follow the given one when a mouse button is released above the view. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the mouse event
position
the position of the mouse cursor relative to the view’s top left-hand corner
Definition Classes
ControlDefaults → Controls
def onStop(): Unit
Causes an additional effect when the view is stopped (with stop()).
Causes an additional effect when the view is stopped (with stop()). By default, this method does nothing.
Definition Classes
ControlDefaults → Controls
def onTick(previousState: Model, time: Long): Model
Determines what state should follow the given one on a tick of the view’s internal clock.
Determines what state should follow the given one on a tick of the view’s internal clock. By default, just returns the unchanged state, but this can be overridden.
If you don’t need the number of the clock tick, you may find it simpler to implement the other method of the same name instead of this one.
previousState
the state of the model before the clock tick
time
the running number of the clock tick (the first tick being number 1, the second 2, etc.)
Definition Classes
ControlDefaults → Controls
def onTick(previousState: Model): Model
Determines what state should follow the given one on a tick of the view’s internal clock.
Determines what state should follow the given one on a tick of the view’s internal clock. By default, just returns the unchanged state, but this can be overridden.
previousState
the state of the model before the clock tick
Definition Classes
ControlDefaults → Controls
def onType(state: Model, event: event.KeyTyped): Model
Determines what state should follow the given one when a key on the keyboard is typed (pressed+released) while the view has the keyboard focus.
Determines what state should follow the given one when a key on the keyboard is typed (pressed+released) while the view has the keyboard focus. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the keyboard event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onType(state: Model, character: Char): Model
Determines what state should follow the given one when a key on the keyboard is typed (pressed+released) while the view has the keyboard focus.
Determines what state should follow the given one when a key on the keyboard is typed (pressed+released) while the view has the keyboard focus. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the keyboard event
character
the key that was typed
Definition Classes
ControlDefaults → Controls
def onWheel(state: Model, event: event.MouseWheelMoved): Model
Determines what state should follow the given one when the mouse wheel is rotated above the view.
Determines what state should follow the given one when the mouse wheel is rotated above the view. By default, just returns the unchanged state, but this can be overridden.
If you don’t need much information about the GUI event, you may find it simpler to implement the other method of the same name instead of this one.
state
the state of the model at the time of the wheel event
event
the GUI event that caused this handler to be called
Definition Classes
ControlDefaults → Controls
def onWheel(state: Model, rotation: Int): Model
Determines what state should follow the given one when the mouse wheel is rotated above the view.
Determines what state should follow the given one when the mouse wheel is rotated above the view. By default, just returns the unchanged state, but this can be overridden.
If the desired behavior depends on detailed information about the GUI event, you may want to implement the other method of the same name instead of this one.
state
the state of the model at the time of the wheel event
rotation
the number of steps the wheel rotated (negative means up, positive down)
Definition Classes
ControlDefaults → Controls
def opaque: Boolean
Definition Classes
Component
def opaque_=(b: Boolean): Unit
Definition Classes
Component
def paint(g: Graphics2D): Unit
Definition Classes
Component
def paintBorder(g: Graphics2D): Unit
Attributes
protected
Definition Classes
Component
def paintChildren(g: Graphics2D): Unit
Attributes
protected
Definition Classes
Component
final def paintComponent(myGraphics: Graphics2D): Unit
Renders the view as a Java AWT BufferedImage onto the component.
Renders the view as a Java AWT BufferedImage onto the component.
Definition Classes
ViewComponent → Component
lazy val peer: JComponent
Definition Classes
Component → UIElement
def preferredSize: Dimension
Definition Classes
UIElement
def preferredSize_=(x: Dimension): Unit
Definition Classes
UIElement
def publish(e: Event): Unit
Definition Classes
Publisher
val reactions: Reactions
Definition Classes
Reactor
final def refresh(): Unit
Programmatically requests an update to the graphics of the view (even though no clock tick or triggering GUI event occurred).
Programmatically requests an update to the graphics of the view (even though no clock tick or triggering GUI event occurred).
Definition Classes
ViewComponent
val refreshPolicy: RefreshPolicy
Definition Classes
ViewComponent
def repaint(rect: Rectangle): Unit
Definition Classes
UIElement
def repaint(): Unit
Definition Classes
UIElement
def requestFocus(): Unit
Definition Classes
Component
def requestFocusInWindow(): Boolean
Definition Classes
Component
def revalidate(): Unit
Definition Classes
Component
def self: Any
Definition Classes
UIElement → Proxy
def showing: Boolean
Definition Classes
UIElement
final def simulate(tickLimit: Int = Int.MaxValue): Unit
Runs the view as if by calling start except that it runs “headless”, without expectation of being visible in a GUI and independently of a real-time clock.
Runs the view as if by calling start except that it runs “headless”, without expectation of being visible in a GUI and independently of a real-time clock. A number of simulated clock ticks are immediately sent to the view; this continues until either the view determines it is done or a predetermined maximum number of ticks has been reached.
tickLimit
the maximum number of ticks to simulate; Int.MaxValue (which is the default) means there is no such limit
Definition Classes
ViewComponent → Controls
def size: Dimension
Definition Classes
UIElement
def sound(state: Model): Option[sound.sampled.Sound]
Determines whether the view should play a sound, given a state of its model.
Determines whether the view should play a sound, given a state of its model. By default, no sounds are played.
state
a state of the model
returns
a Sound that the view should play; None if no sound is appropriate for the given state
Definition Classes
ControlDefaults → Controls
final def start(): Unit
Starts the view: loads the model into the component and starts the clock.
Starts the view: loads the model into the component and starts the clock. Cf. simulate.
Definition Classes
ViewComponent → Controls
final def stop(): Unit
Stops the view: stops the clock and stops listening to events.
Stops the view: stops the clock and stops listening to events. A stopped view cannot be restarted.
Definition Classes
ViewComponent
def subscribe(listener: Reaction): Unit
Definition Classes
LazyPublisher → Publisher
final def synchronized[T0](arg0: => T0): T0
Definition Classes
AnyRef
def toString: String
Returns a brief textual description of the view.
Returns a brief textual description of the view.
Definition Classes
ViewComponent → Component → Proxy → AnyRef → Any
def toolkit: Toolkit
Definition Classes
UIElement
def tooltip: String
Definition Classes
Component
def tooltip_=(t: String): Unit
Definition Classes
Component
final def traced: Traced[Model]
Returns a View that stores a trace of the ticks and GUI events that its event handlers process.
Returns a View that stores a trace of the ticks and GUI events that its event handlers process. This parameterless method stores, at each event, the (immutable) state of the View’s model. This is equivalent to calling tracedWith and passing in identity.
Definition Classes
ControlDefaults
final def tracedPics: Traced[Pic]
Returns a View that stores a pictorial trace of the ticks and GUI events that the View’s event handlers process.
Returns a View that stores a pictorial trace of the ticks and GUI events that the View’s event handlers process. This is equivalent to calling tracedWith and passing in the View’s makePic method.
Definition Classes
ControlDefaults
final def tracedWith[TraceData](extractTrace: (Model) => TraceData): Traced[TraceData]
Returns a view that collects of the ticks and GUI events that the View’s event handlers process, using the given function to generate that trace.
Returns a view that collects of the ticks and GUI events that the View’s event handlers process, using the given function to generate that trace. That trace-collecting view, which an instance of the Traced subclass, delegates the actual event handling to this original view but provides an additional interface for tracing.
TraceData
the type of the model-state descriptions in the trace
extractTrace
a function that determines how to describe a model state in the generated trace
Definition Classes
ViewComponent → ControlDefaults
See also
traced, tracedPics
def unsubscribe(listener: Reaction): Unit
Definition Classes
LazyPublisher → Publisher
def validate(): Unit
Definition Classes
UIElement
def visible: Boolean
Definition Classes
UIElement
def visible_=(b: Boolean): Unit
Definition Classes
UIElement
final def wait(arg0: Long, arg1: Int): Unit
Definition Classes
AnyRef
Annotations
@throws(classOf[java.lang.InterruptedException])
final def wait(arg0: Long): Unit
Definition Classes
AnyRef
Annotations
@throws(classOf[java.lang.InterruptedException]) @native()
final def wait(): Unit
Definition Classes
AnyRef
Annotations
@throws(classOf[java.lang.InterruptedException])
def xLayoutAlignment: Double
Definition Classes
Component
def xLayoutAlignment_=(x: Double): Unit
Definition Classes
Component
def yLayoutAlignment: Double
Definition Classes
Component
def yLayoutAlignment_=(y: Double): Unit
Definition Classes
Component
object keys extends Publisher
Definition Classes
Component
object mouse
Definition Classes
Component

Deprecated Value Members

def finalize(): Unit
Attributes
protected[lang]
Definition Classes
AnyRef
Annotations
@throws(classOf[java.lang.Throwable]) @Deprecated @deprecated
Deprecated
(Since version ) see corresponding Javadoc for more information.

Packages

ViewComponent

abstract class ViewComponent[Model] extends ViewImpl.ViewComponent[Model] with ControlDefaults[Model]

Instance Constructors

Type Members

Abstract Value Members

Concrete Value Members

Deprecated Value Members

Inherited from ControlDefaults[Model]

Inherited from TooltipDefaults

Inherited from ViewImpl.ViewComponent[Model]

Inherited from View.Controls[Model]

Inherited from Component

Inherited from UIElement

Inherited from LazyPublisher

Inherited from Publisher

Inherited from Reactor

Inherited from Proxy

Inherited from AnyRef

Inherited from Any

Ungrouped

Packages

ViewComponent

abstract class ViewComponent[Model] extends ViewImpl.ViewComponent[Model] with ControlDefaults[Model]

Instance Constructors

Type Members

Abstract Value Members

Concrete Value Members

Deprecated Value Members

Inherited from ControlDefaults[Model]

Inherited from TooltipDefaults

Inherited from ViewImpl.ViewComponent[Model]

Inherited from View.Controls[Model]

Inherited from Component

Inherited from UIElement

Inherited from LazyPublisher

Inherited from Publisher

Inherited from Reactor

Inherited from Proxy

Inherited from AnyRef

Inherited from Any

Ungrouped

ViewComponent